60’’ Retinography

72’’ External eye images in HD

90’’ Tonometry

49’’ Corneal topography

28’’ Lens transparency and corneal shape

36’’ Corneal thickness and angles

0’’ Start

15’’ Advanced objective refraction

90’’

the unique Eye health monitor

Visionix® VX650: the one single multi-modal instrument for complete detection and follow-up of major anterior and posterior ocular pathologies.

Luneau Technology: revolutionizes the future of visual healthcare

Visionix® VX650 from Luneau Technology revolutionizes ocular assessment by introducing the first and unique solution that allows eye care professionals (ECPs) to deliver a comprehensive eye exam at the push of a button. It combines an aberrometer, a fundus camera and all essential technologies to monitor both anterior and posterior segments in a single device. The highly automated Visionix® VX650 allows a moderately trained user to detect a wide range of visual pathologies in less than 90 seconds per eye.

Anterior and posterior segment analysis: A comprehensive multi-modal device for anterior / posterior segments measurement and analysis (ARK, Aberrometer, Topographer, Pachymeter, Scheimpflug camera, Tonometer & now integrating the Fundus camera).   Full range of clinical applications: From cornea to retina, it detects all major defects and pathologies, like dry-eye, keratoconus, cataract, glaucoma, nevus, diabetic retinopathy, retinal hemorrhage and more.

Increased level of eyecare without delay: Reduce overallpatient movement and time in the pre-test room while providinga comprehensive examination to every patient.

Automated and intuitive data collection: Accurate and reproducible results regardless of the operator .

Efficient data management: Results available for GDPR (General Data Protection Regulation) and HIPAA (Health Insurance Portability and Accountability Act) compliant data sharing, for review both locally and remotely. 

Telehealth and remote-ready: The device can be fully operated remotely. Additionally, data is available for review by a licensed practitioner - from anywhere. 

SYNCHRONOUS

Optimise your work flow on your own terms

Same time and location for testing, data review and patient consultation.

Patient testing takes place at one time and location while the data review and patient consultation take place at a different time and location.

Supervision of eye examination with remote assistance.

Secretary completes the patient file.

The doctor remotely reviews the data coming from the examination and consults with the patient if necessary.

Change your vision of time and space: Patient testing takes place at one time and location. Data review takes place at another time and location. Patient consultation takes place at a different time and location.

Testing, data review and patient consultation happen in the same appointment. Testing is in one location while the data review and patient consultation take place in another location.

ASYNCHRONOUS

Highlights differences between day and night vision needs> Objective day and night refraction measurements> 1400 points analysed for a 7-mm diameter pupil> Objective refraction under mesopic and photopic conditions> Measures lower-order and higher-order aberrations> Access visual acuity and quality of vision on a pupil as small as 1.2 mm> Modulation Transfer Function curve analysis and comparison

Diagnose, Evaluate, Monitor

> Non-Invasive Break Up Time (NIBUT) Measurement and analysis

Shack-Hartmann wavefront maps point out lower-order and higher-order aberrations.

Vision quality and Visual acuity simulation

Objective day and night refraction measurements. Analysis of aberrations with Zernike coefficients.

ADVANCED OBJECTIVE REFRACTION DRY EYE DISEASES (D.E.D.)

Anterior segment

> Displays a colour image of the eye and uses the Efron grading scale to grade the level of redness, the overall quality of the eye and lids. This feature focuses on the meibomian glands area to screen Meibomian Gland Dysfunction (MGD).

> Measurement of tear meniscus height Using the manual zoom of the colour camera, you can measure the height of the tear meniscus to complete the test.

Technology Shack-Hartmann wavefront analysis

Technology : Follows the recommendations from the Tear Film & Ocular Surface Society (TFOS) and Dry Eye Workshop (DEWS II) reports.Placido rings analysis and anterior eye camera anddisplays colour image of Meibomian glands.

Diagnose, Evaluate, Monitor Cataracts> Visualization of lens opacities> Corneal, Internal and wavefront analysis> Internal astigmatism measurement> Kappa angle for IOL centering> Z.4.0 value for aspheric implant> Lens opacity classification (LOC III scale)

Retroillumination to examine lens opacities

Toric IOL position linked with anterior corneal topography

Topography maps and Keratoconus probability index (KPI)

Data summary

EYE TRANSPARENCY AND SHAPE CORNEAL TOPOGRAPHY

Diagnose, Evaluate, Monitor Keratoconus > Axial, tangential elevation and refraction maps> Keratoconus probability index (KPI)> Keratoconus monitoring> Internal astigmatism measurement> Eccentricity and meridian tables> Corneal aberrometry

Technology Wavefront analysis with Shack-Hartmann technology, Placido rings.

Technology Retroillumination, Shack-Hartmann, Scheimpflug, Placido rings.

Retinography captures the appearance of a patient’s fundus. The photographs allow the eye care professional (ECP) to study a patient’s retina, detect retinal changes and review a patient’s retinal finding. Visionix® VX650 enables a simple diagnostic procedure to identify patients who need prompt treatment to prevent loss of vision.

Diagnose, Evaluate, MonitorIrido angle < 20°Angle-closure glaucoma is a medical eye emergency. If the pressure is not reduced quickly, the patient may have permanent vision loss. It is important to note that some patients with narrow angle glaucoma may not experience symptoms or may experience them intermittently, depending on what is causing the disease.

IOPc> Measurement of IOP (intraocular pressure)> Corrected IOP in link with corneal thickness

Normal Fundus Photograph

Glaucoma summary screen

Fundus with Glaucoma

Fundus and Cup/Disc (C/D) ratioThe Cup/Disc Ratio compares the diameter of the «cup» portion of the optic disc with the total diameter of the optic disc. The normal C /D ratio is less than 0.5. A large C/D ratio may imply glaucoma or other pathology. However, cupping by itself is not indicative of glaucoma.

In the fundus, the optic disc can be observed with magnification which is the very clear disc-shaped area. In the example on the left, you can observe a small cup, typical of a healthy optic nerve. In the example on the right, the cup is much larger, indicating possible glaucoma.

DISC

CUP

DISC

CUP

Posterior segment

GLAUCOMA

Technology Fundus camera

AMD

Fundus Diabetic RetinopathyImage Courtesy of Dr. J.P. Rozenbaum - Sartrouville - FR

Macular degeneration

Extensive Photography Modes

Standard digital filters can be applied to highlight different retinal layers and conditions.

Diagnose, Evaluate, MonitorDiabetic retinopathy can lead to other  serious eye conditions: Over time, about half of patients with diabetic retinopathy will develop Diabetic macular edemea (DME). DME happens when blood vessels in the retina leak fluid, causing swelling in the macula (a part of the retina). If a patient has DME, their vision will become blurry because of the extra fluid in their macula.   The eye care professional will look at the retina for early signs of the disease, such as: > Leaking blood vessels,> Retinal swelling, such as macular edema,> Pale, fatty deposits on the retina (exudates) - signs of leaking

blood vessels,> Damaged nerve tissue (neuropathy), > Any changes in the blood vessels.

DIABETIC RETINOPATHY

RGB FILTERS & RETINA DISPLAY

Diagnose, Evaluate, MonitorAge-related Macular Degeneration is caused by the deterioration of the central portion of the retina, the inside back layer of the eye that records the images we see and sends them via the optic nerve from the eye to the brain.

The retina’s central portion, known as the macula, is responsible for focusing central vision in the eye, and it controls our ability to read, drive a car, recognize faces or colors, and see objects in fine detail.

Visualizing and tracking changes in retinal layers is important in managing patient visual health.

This

docu

ment

is n

ot co

ntra

ctual.

- Ko

sept

.com

- ©Ph

otos

: Er

ic Bi

enve

nu /

Briot

- ind

00 -

01/2

1 - F

eatu

res a

nd sp

ecifi

catio

ns a

re su

bject

to ch

ange

with

out p

rior n

otice

Technical specifications

LUNEAU TECHNOLOGY OPERATIONS2 rue Roger Bonnet, 27340 PONT DE L’ARCHE - FRANCE Tel. + 33 232 989 132 - Fax + 33 235 020 294 - www.luneautech.com

About us The Luneau Technology group, bringing together the Visionix®, Briot® and Weco® brands, is a major force in the market, with a range of equipment to cover all the Eye Care Professionals’ requirements: Refraction and ophthalmic diagnosis, lens inspection in industrial production and lens cutting at the optician’s. Our aim has always been to provide you with the latest technologies to permit quicker screening for visual disorders and provide a better quality of life, with ever more effective equipment.

DIMENSIONS / WEIGHTH 560 x L 660 x P 420 - 32 kgs

Pachymetry, IC (iridocorneal) angle and pupillometry

Method Static horizontal scan with the Scheimpflug camera

Pachymeter measuring range 150-1300m

Pachymetry resolution +/- 10m

IC angle measuring range 0°-60°

IC resolution 0.1°

Pupil illumination Blue light 455nm

Retroillumination

Corneal topography by specular reflectionNumber of rings 24

Number of measuring points 6,144

Number of points analyzed More than 100,000

Diameter of covered corneal area at 43D From 0.75 mm to more than 10 mm

Measurement range From 37.5 D to 56 D

Repeatability 0.03mm

Method Placido rings

DRY EYE SCREENINGNon Invasive Break-Up Time (NIBUT)

Measurement of tear meniscus height

Scleral picture

TONOMETERMeasurement range Calibrated range 7 - 44 mmHg

GENERALAlignment XYZ automatic

Display 10.1” (1024 x 600) TFT screen Multi-touch screen

Observation area ø 14 mm

Medical device directive EC MDD 93/42/EC modified by directive 2007/47/EC

Output RS232 / USB / VGA / LAN

Power mapping and refractionSpherical power range -20D to +20D

Cylinder power range 0D to ±8D

Axis 0 to 180°

Measuring area Min. ø 2mm - Max. 7mm (3zones)

Number of measuring points 1,400 points for 7mm pupil at 0D

Acquisition time 0.2sec

Method Shack-Hartmann

FUNDUSAngle of view 45°

Resolution 6Mpix

Optical resolution > 60 lines/mm

Minimal pupil size 3.5 mm